USFKAD is an expert system for partial differential equations. The computation of the solution is done by the separation of variables process of the Poisson, Diffusion, and Wave equations in Rectangular, Cylindrical, or Spherical coordinate systems.
Dirichlet, Neumann, or Robin boundary conditions, can be carried out in the Time, Laplace, or Frequency domains by a decision-tree process, using a library of eigenfunctions.
USFKADv2 is the web based version of the original USFKAD C++ application developed by Dr. S. Kadamani and Dr. A. Snider. The application was ported by Ryan Gittens under the supervision of Dr. Snider to enable people around the world to have access.
For more information about USFKAD and the source code, you can visit the application's GitHub Page.
USFKADv2 is brought to you by the University of South Florida E.E. Department for free.
If you find this software is of value to you, please consider making a donation to USF students via the Allen Gondeck Scholarship Fund, through Prof. A. D. Snider, University of South Florida, ENB 118, Tampa FL 33620.
If you find an error in the program please let us know. We would also appreciate any feedback and/or recommendations.